The key drivers of Virtual Power Plant technology in Australia 

As the world looks to a more sustainable energy future, virtual power plants (VPPs) are emerging as the new age of energy sharing.  

In Australia, networks of residential solar and battery systems across the country are being connected via VPP technologies for energy sharing. Based on real-time analytics and data about energy demand throughout the day, VPPs help manage energy distribution to support grid stability, reliability and energy efficiencies. 

So, if energy sharing is the way of the future, what are some of the key factors that will help drive take-up of VPP technologies? 

Technological advancement 
Virtual power plant technologies are sophisticated energy management systems that rely on real-time data to manage and optimise energy resources. Evolving digital technologies will help create VPP networks that can analyse excess energy storage levels, when to reduce or increase input into the grid, and optimise energy distribution throughout the grid when its needed.  

Support and education 
Greater education is needed about the benefits of residential participation in VPPs. Governments are already taking steps to encourage VPP participation with incentive programs providing financial rewards for household up-take. Consumers also need to take the lead in learning about whether a VPP will suit their energy needs, and their existing solar and storage hardware. Online tools are available to estimate savings by joining a VPP such as Nectr Evolve. With VPPs still largely in the initial roll-out phase in Australia, households are encouraged to test and try VPP plans over three to six months to determine whether it is the right plan for their energy needs. 

Improvements in energy hardware 
Energy storage advancements and up-take will be the key drivers for VPPs in Australia. Battery hardware technology is continuing to improve in efficiency and affordability, making battery installation more attractive to solar households. Residential batteries will serve to store energy during periods of low demand, with excess energy then shared back into the grid when demand is high. The evolution of battery hardware compatible with VPP technologies will underpin the growth phase of VPPs in Australia. 

Australian solar and battery owners getting on board  
Most importantly, it will be every day Australian solar and battery owners that can make a significant impact to VPP up-take in Australia. Plus, they stand to benefit the most. With more consumers seeking greater control of their energy usage, Australians have installed rooftop solar at a dramatic rate with 3.8million households now being powered by the sun. While installation of home batteries hasn’t quite had the take-up of solar, there is evidence of growth with a third of the country’s battery installations occurring in 2023 alone. As more households embrace renewable energy sources, home and vehicle electrification and smart devices, a new energy ecosystem will emerge that is underpinned by optimised energy sharing. 

The term ‘virtual power plant’ may still be new for most people and seem initially complex in its application. However, as technologies improve and individuals seek out information with support from governments, business and industry, the way that energy is used and shared through VPPs can help lower energy costs for households and improve outcomes for the planet. 

Speak with a Virtual Power Plant expert at Nectr to find the right plan for your energy needs.